With the advent of the Internet of Things (IoT) and the proliferation of smart home devices, there has been an increased integration of intelligence and connectivity into everyday objects. Everything from refrigerators to door locks now possess "smart capabilities". Building on this momentum, this project aims to develop a Smart Flowerpot that can not only detect the hydration needs of a plant but also provide a visual record of its growth, all while having the ability to supplement its light source.

Capacitive/Resistive Sensing: The pot will have embedded capacitive or resistive sensors to detect the moisture content of the soil. These sensors will accurately gauge if the soil is dry and determine when the plant needs watering.

Automatic Watering: Integrated with a valve control, the flowerpot will be able to autonomously water the plant based on the readings from the moisture sensors.

Connectivity and Reporting: Users will have access to a dedicated mobile app or web interface where they can receive real-time updates about their plant's hydration status. Push notifications will inform users when their plant needs manual attention or to provide regular health updates.

Visual Monitoring: A discreetly placed camera will continuously monitor the plant. Users can view a time-lapse video of their plant's growth, helping them identify if the plant is thriving, if its leaves are turning yellow, or if any other concerns arise.

Lighting System: The flowerpot will be equipped with powerful LED lights. Based on ambient light conditions and the specific needs of the plant species, the flowerpot will automatically control and adjust the LED light intensity and duration.

Target Audience: Plant enthusiasts, urban gardeners, tech-savvy individuals, and anyone looking to integrate smart technology into their green space.

Prerequisites: decent programming skills, a degree of ingenuity, interest in electronics and 3D printing.